In this work, we describe a technique to calibrate images for skin analysis in dermatology. Using a common reference we correct non-uniform illumination effects, give an estimation of the gamma correction and produce a XYZ conversion matrix. The final result is then reverted to a non standard RGB color space, built from the instrument images. In this way different instruments behave uniformly allowing colorimetric characterization, while improving the results of common algorithms. The proposed techniques should be the initial support for a distributed framework where dermatological images can be consistently compared
So far, skin color has been measured only visually in most instances. Conventional colorimeters need...
Abstract — We propose a simple, quick and practical color calibration procedure that results in a pr...
The skin is unique as an organ that is highly accessible to direct visual inspection with light. Vis...
In this work, we describe a technique to calibrate images for skin analysis in dermatology. Using a ...
Background/purpose: The assessment of colors is essential for melanoma (MM) diagnosis, both for patt...
In this paper a practical color calibration procedure for dermatoscopic image acquisition is illustr...
Computer-aided diagnostic is developing rapidly and is being introduced in multiple fields of medici...
A major issue concerning the design and implementation of an image acquisition system for skin lesio...
In this paper the problem of acquiring colorimetrically-calibrated images under multiple uncontrolle...
Abstract Background Recently, digital photography in medicine is considered an acceptable tool in ma...
Images of a scene captured with multiple cameras will have different color values due to variations ...
This paper presents a new spectral approach to color correction for medical image analysis applicati...
Most digital cameras transform their raw RGB values into a device independent colour space such as C...
In the clinical field, reproducible and comparable assessments of skin color are needed for objectiv...
Images of a scene captured with multiple cameras will have different color values due to variations ...
So far, skin color has been measured only visually in most instances. Conventional colorimeters need...
Abstract — We propose a simple, quick and practical color calibration procedure that results in a pr...
The skin is unique as an organ that is highly accessible to direct visual inspection with light. Vis...
In this work, we describe a technique to calibrate images for skin analysis in dermatology. Using a ...
Background/purpose: The assessment of colors is essential for melanoma (MM) diagnosis, both for patt...
In this paper a practical color calibration procedure for dermatoscopic image acquisition is illustr...
Computer-aided diagnostic is developing rapidly and is being introduced in multiple fields of medici...
A major issue concerning the design and implementation of an image acquisition system for skin lesio...
In this paper the problem of acquiring colorimetrically-calibrated images under multiple uncontrolle...
Abstract Background Recently, digital photography in medicine is considered an acceptable tool in ma...
Images of a scene captured with multiple cameras will have different color values due to variations ...
This paper presents a new spectral approach to color correction for medical image analysis applicati...
Most digital cameras transform their raw RGB values into a device independent colour space such as C...
In the clinical field, reproducible and comparable assessments of skin color are needed for objectiv...
Images of a scene captured with multiple cameras will have different color values due to variations ...
So far, skin color has been measured only visually in most instances. Conventional colorimeters need...
Abstract — We propose a simple, quick and practical color calibration procedure that results in a pr...
The skin is unique as an organ that is highly accessible to direct visual inspection with light. Vis...